Vehicle door control system and method

Abstract

The present application relates to a vehicle door control system and method. The vehicle door control system includes: a first mobile terminal, including a first Bluetooth module for sending out Bluetooth signals; a vehicle-mounted module, including a second Bluetooth module, a communication controller and a camera outside the vehicle, The communication controller is used to control the camera outside the vehicle to collect the face image to be verified when the second bluetooth module detects the bluetooth signal of the first bluetooth module and successfully paired with the first bluetooth module, and sends the identity verification request containing the face image Send to the server; the server is used to obtain the pre-stored face image and the face image according to the identity verification request for comparison and verification, and send the verification result to the communication controller, so that the communication controller sends a message to the vehicle body control when the verification result is passed. The module sends a signal to control the opening of the door. In this way, the application can open the car door after the Bluetooth and face double identity authentication is passed, which increases the safety and reliability of the vehicle system.

Description

technical field [0001] The present application relates to the technical field of vehicle control, in particular to a vehicle door control system and method. Background technique [0002] With the rapid development of vehicle and its electronic product technology, car owners have higher and higher requirements for intelligent vehicles. As an essential key in the process of vehicle use, the car smart key system is a common keyless entry system. It is a control system composed of three receivers, the transmitter, the remote control central lock control module, the driving authorization system control module, and related wiring harnesses. Composition, the remote control and transmitter are integrated on the car key, the vehicle can enter the locked or unlocked state according to the signal sent by the smart key, and even automatically close the windows and sunroof. But this kind of smart key is troublesome to carry, and needs to increase the cost of car research and development...

AI Technical Summary

Problems solved by technology

[0003] However, because the bluetooth key is installed in the mobile terminal and uses the bluetooth connection to send control signals to the vehicle, the method is simple, so that the safety and reliability of the vehicle system is low. Personnel can control the owner's vehicle, posing a threat to the owner's personal and property safety.

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